Luk'ianova S N, Merkulov A V
Radiats Biol Radioecol. 2012 Nov-Dec;52(6):608-15.
Experimental analysis of the integral and pulsed bioelectric activity of the rabbit's various brain regions shows an ambiguous extent of their participation in the central nervous system reactions to low-intensity magnetic and electromagnetic fields with different parameters and conditions of exposure. This difference is determined not only by the location of brain structures in the head or by the field intensity, but, above all, by its functional state, which is reflected in the background. Artificial changes in the functioning of the original structures (administration of caffeine or adrenaline) altered the extent of their participation in the brain reaction, according to the drug action mechanism. The presence and severity of response depended on the structure and the biological significance of the impact, which is largely determined by the mode and conditions of exposure. Changing these parameters influenced the participation of the brain in its reaction in accordance with the adaptive response of the organism.
对兔子不同脑区的整体和脉冲生物电活动进行的实验分析表明，在不同参数和暴露条件下，它们参与中枢神经系统对低强度磁场和电磁场反应的程度并不明确。这种差异不仅取决于脑结构在头部的位置或场强，更重要的是取决于其功能状态，这在背景中有所体现。根据药物作用机制，原始结构功能的人为改变（给予咖啡因或肾上腺素）改变了它们参与脑反应的程度。反应的存在和严重程度取决于影响的结构和生物学意义，这在很大程度上由暴露方式和条件决定。改变这些参数会根据生物体的适应性反应影响脑参与其反应的情况。
